Two nuclear membranes must form before telophase, as the nuclear envelope reforms around the individual sets of chromatids within each daughter cell.
During cell division, the nuclear envelope breaks down to allow the chromosomes to move to opposite poles of the cell. Once the chromosomes are properly aligned, a new nuclear envelope reforms around each set of chromosomes, resulting in two new nuclei in the daughter cells.
During Mitosis, it isn't the nucleus itself that divides it is the chromatin inside the nucleus that duplicates during Prophase. This is so the new cells being created each have the correct amount of DNA for normal cell use.Because the nucleus is like the center of the cell. It tells the cell what to do and basically controls it.-6th grade science teacher
This occurs WITHIN the DNA molecule [large individual=chromosome] AS IT exists in a Cell's nucleus. Before any synthetic activity may be performed upon nuclear chromosomal DNA, it must first be decondensed, or dispersed into Chromatin within the Cell's Nucleus.
Prophase, or the first stage in mitosis, involves the condensing of chromatin and formation of mitotic spindles. Prometaphase, the second stage of mitosis, involves the appearance of discrete chromosomes. fragmentation of the nuclear envelope, and attachment of spindles to the chromosomes. These stages overlap in that some of these events may occur before others. For example, the nuclear envelope may desolve before the spindles fully attach to the chromosomes.
Melios
Two nuclear membranes must form before telophase, as the nuclear envelope reforms around the individual sets of chromatids within each daughter cell.
The nuclear envelope must disappear to release the paired chromosomes during cell division. It breaks down during prophase to allow the chromosomes to interact with the spindle fibers before moving to opposite poles of the cell.
The nucleolus is a nuclear structure that may be visible during interphase. It is involved in ribosome production and is typically visible as a dense, dark area within the nucleus during periods of high ribosomal activity.
Before the nuclear membrane breaks down in mitosis, the chromosomes condense and become visible. This condensation makes it easier for the chromosomes to line up and separate properly during cell division.
During cell division, the nuclear envelope breaks down to allow the chromosomes to move to opposite poles of the cell. Once the chromosomes are properly aligned, a new nuclear envelope reforms around each set of chromosomes, resulting in two new nuclei in the daughter cells.
During Mitosis, it isn't the nucleus itself that divides it is the chromatin inside the nucleus that duplicates during Prophase. This is so the new cells being created each have the correct amount of DNA for normal cell use.Because the nucleus is like the center of the cell. It tells the cell what to do and basically controls it.-6th grade science teacher
Open mitosis refers to a type of cell division where the nuclear envelope breaks down completely, allowing the spindle fibers to interact with the chromosomes. Closed mitosis is similar but involves the nuclear envelope staying intact throughout the process, with the spindle fibers interacting through nuclear pores. Both types result in the equal distribution of chromosomes to daughter cells.
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Your DNA is copied into the new cell every time it divides
The absence of a nuclear envelope in prokaryotes means that transcription and translation occur in the same compartment. This proximity allows for immediate translation of RNA without the need for processing or modifications after transcription. Prokaryotes rely on rapid gene expression to adapt to their environment, and not having a nuclear envelope facilitates this process.
This occurs WITHIN the DNA molecule [large individual=chromosome] AS IT exists in a Cell's nucleus. Before any synthetic activity may be performed upon nuclear chromosomal DNA, it must first be decondensed, or dispersed into Chromatin within the Cell's Nucleus.